def parse_argv(argv, pkgsys):
options = {}
for name, value in config.items('scheme-%s' % pkgsys.pkgsysname):
options['--%s' % name] = value
pkgsys.init_options(options)
optname = None
reqarglist = []
for arg in argv[1:]:
if optname is not None:
options[optname] = arg
optname = None
elif arg in options:
optname = arg
elif arg[:9] == '--scheme-':
secname = 'scheme-%s-%s' % (pkgsys.pkgsysname, arg[9:])
if not config.has_section(secname):
raise RuntimeError, 'The section %s is not present.' % secname
for name, value in config.items(secname):
options['--%s' % name] = value
else:
reqarglist.append(arg)
ensure_dir(options['--unpack-dir'])
if options['--cache-root'] != '':
# For the cache saving, download-dir has to be reset.
options['--download-dir'] = \
os.path.join(options['--cache-root'], 'downloads')
options['--cache-simple'] = \
os.path.join(options['--cache-root'], 'simple')
ensure_dir(options['--cache-simple'])
ensure_dir(options['--download-dir'])
for bopt in ['--skip-broken', '--deps', '--skip-logged']:
options[bopt] = get_bool_opt(options[bopt])
pkgsys.finalize_options(options)
return options, reqarglist
def parse_argv(argv, pkgsys):
options = {}
for name, value in config.items('scheme-%s' % pkgsys.pkgsysname):
options['--%s' % name] = value
pkgsys.init_options(options)
optname = None
reqarglist = []
for arg in argv[1:]:
if optname is not None: options[optname] = arg; optname = None
elif arg in options: optname = arg
elif arg[:9] == '--scheme-':
secname = 'scheme-%s-%s' % (pkgsys.pkgsysname, arg[9:])
if not config.has_section(secname):
raise RuntimeError, 'The section %s is not present.' % secname
for name, value in config.items(secname):
options['--%s' % name] = value
else:
reqarglist.append(arg)
ensure_dir(options['--unpack-dir'])
if options['--cache-root'] != '':
# For the cache saving, download-dir has to be reset.
options['--download-dir'] = \
os.path.join(options['--cache-root'], 'downloads')
options['--cache-simple'] = \
os.path.join(options['--cache-root'], 'simple')
ensure_dir(options['--cache-simple'])
ensure_dir(options['--download-dir'])
for bopt in ['--skip-broken', '--deps', '--skip-logged']:
options[bopt] = get_bool_opt(options[bopt])
pkgsys.finalize_options(options)
return options, reqarglist
def run(self):
# Prepare for iterations.
pkgreqmap = reqmap()
for reqarg in self.reqarglist: pkgreqmap.append_arg(reqarg)
pkgreqmap.resolve_matchlist(self.logobj, self.options['--url'],
self.options['--skip-logged'])
pkgidx = PackageIndex(index_url = self.options['--url'])
show_sepline = False
# Main loop.
distlist = []
ok_packages = []
while len(pkgreqmap) > 0:
new_pkgreqmap = reqmap()
for idx, total, pkgreqobj in pkgreqmap.reqobj_seq():
pkgname = pkgreqobj.project_name
if pkgname in ok_packages: continue
ok_packages.append(pkgname)
reqstr = str(pkgreqobj)
if show_sepline: self.pkgsys.sepline()
else: show_sepline = True
self.pkgsys.info('======== %s: %d/%d ========' % \
(pkgname, idx + 1, total))
if self.options['--skip-broken']:
try: self.logobj.check_broken(pkgname)
except: continue
# Collect values into args step by step.
args = copy.copy(self.options)
args['self'] = self.arg0
self.pkgsys.begin('Downloading %s' % reqstr)
try:
dist = pkgidx.fetch_distribution(pkgreqobj,
self.options['--download-dir'],
source = True)
if dist is None:
raise RuntimeError, 'None'
except:
self.pkgsys.end(False)
self.logobj.in_except(pkgname,
'Download %s failed' % reqstr)
continue
else:
self.pkgsys.end(True)
self.pkgsys.begin('Unpacking %s' % dist.location)
try: smart_archive(args, dist, self.options['--unpack-dir'])
except:
self.pkgsys.end(False)
self.logobj.in_except(pkgname, 'Unpack %s failed' % reqstr)
continue
else:
self.pkgsys.end(True)
unpackpath = args['unpackpath']
config_secs = ['%s-%s' % (dist.project_name, dist.version),
dist.project_name]
for secname in config_secs:
for name, value in config.items(secname):
if name not in args: args[name] = value
if not 'patches' in args: args['patches'] = []
else: args['patches'] = args['patches'].split()
# Apply patches.
for patch in config.patches(config_secs):
self.pkgsys.begin('Applying %s' % os.path.basename(patch))
os.system('(cd %s; patch -p0 < %s) > /dev/null' % \
(unpackpath, patch))
self.pkgsys.end(True)
if os.path.isfile(os.path.join(unpackpath, 'fixsetup.py')):
os.system('(cd %s; python fixsetup.py)' % unpackpath)
self.pkgsys.begin('Get package args')
try: get_package_args(args, dist)
except:
self.pkgsys.end(False)
self.logobj.in_except(pkgname, 'Get package args failed')
continue
else:
self.pkgsys.end(True)
self.pkgsys.begin('Setup args')
try: self.pkgsys.setup_args(args)
except:
self.pkgsys.end(False)
self.logobj.in_except(pkgname, 'pkgsys.setup_args failed')
continue
else:
self.pkgsys.end(True)
self.pkgsys.begin('Writing %s' % args['output'])
try:
ensure_dir(os.path.dirname(args['output']))
if smart_write(args['output'],
os.path.join(pkgroot, args['template']),
args):
updated = True
if smart_symlink(args['pkgpath'],
os.path.join(args['filedir'],
args['pkgfile'])):
updated = True
if args['patches'] != []:
ensure_dir(args['patchdir'])
for patch in config.patches(config_secs):
tgtpatch = os.path.join(args['patchdir'],
os.path.basename(patch))
if smart_symlink(patch, tgtpatch):
updated = True
except:
self.pkgsys.end(False)
self.logobj.in_except(pkgname, 'write failed')
continue
else:
self.pkgsys.end(True)
self.pkgsys.begin('Postproess %s' % args['output'])
try: self.pkgsys.process(args)
except:
self.pkgsys.end(False)
self.logobj.in_except(pkgname, 'process failed')
continue
else:
self.pkgsys.end(True)
if self.options['--deps']:
reqstrlist = args['install_requires']
for k in args['extras_require'].keys():
reqstrlist.extend(args['extras_require'][k])
for reqstr in reqstrlist:
new_pkgreqmap.add(reqstr2obj(reqstr))
self.logobj.pkgname_ok(pkgname)
if self.options['--cache-root'] != '': distlist.append(dist)
# Process of a single package is finished.
pkgreqmap = new_pkgreqmap
if self.options['--cache-root']:
cache = pypicache(self.pkgsys,
self.options['--cache-root'],
self.options['--cache-url'])
cache.add_packages(distlist)
del(cache)
def run(self):
# Prepare for iterations.
pkgreqmap = reqmap()
for reqarg in self.reqarglist:
pkgreqmap.append_arg(reqarg)
pkgreqmap.resolve_matchlist(self.logobj, self.options['--url'],
self.options['--skip-logged'])
pkgidx = PackageIndex(index_url=self.options['--url'])
show_sepline = False
# Main loop.
distlist = []
ok_packages = []
while len(pkgreqmap) > 0:
new_pkgreqmap = reqmap()
for idx, total, pkgreqobj in pkgreqmap.reqobj_seq():
pkgname = pkgreqobj.project_name
if pkgname in ok_packages: continue
ok_packages.append(pkgname)
reqstr = str(pkgreqobj)
if show_sepline: self.pkgsys.sepline()
else: show_sepline = True
self.pkgsys.info('======== %s: %d/%d ========' % \
(pkgname, idx + 1, total))
if self.options['--skip-broken']:
try:
self.logobj.check_broken(pkgname)
except:
continue
# Collect values into args step by step.
args = copy.copy(self.options)
args['self'] = self.arg0
self.pkgsys.begin('Downloading %s' % reqstr)
try:
dist = pkgidx.fetch_distribution(
pkgreqobj, self.options['--download-dir'], source=True)
if dist is None:
raise RuntimeError, 'None'
except:
self.pkgsys.end(False)
self.logobj.in_except(pkgname,
'Download %s failed' % reqstr)
continue
else:
self.pkgsys.end(True)
self.pkgsys.begin('Unpacking %s' % dist.location)
try:
smart_archive(args, dist, self.options['--unpack-dir'])
except:
self.pkgsys.end(False)
self.logobj.in_except(pkgname, 'Unpack %s failed' % reqstr)
continue
else:
self.pkgsys.end(True)
unpackpath = args['unpackpath']
config_secs = [
'%s-%s' % (dist.project_name, dist.version),
dist.project_name
]
for secname in config_secs:
for name, value in config.items(secname):
if name not in args: args[name] = value
if not 'patches' in args: args['patches'] = []
else: args['patches'] = args['patches'].split()
# Apply patches.
for patch in config.patches(config_secs):
self.pkgsys.begin('Applying %s' % os.path.basename(patch))
os.system('(cd %s; patch -p0 < %s) > /dev/null' % \
(unpackpath, patch))
self.pkgsys.end(True)
if os.path.isfile(os.path.join(unpackpath, 'fixsetup.py')):
os.system('(cd %s; python fixsetup.py)' % unpackpath)
self.pkgsys.begin('Get package args')
try:
get_package_args(args, dist)
except:
self.pkgsys.end(False)
self.logobj.in_except(pkgname, 'Get package args failed')
continue
else:
self.pkgsys.end(True)
self.pkgsys.begin('Setup args')
try:
self.pkgsys.setup_args(args)
except:
self.pkgsys.end(False)
self.logobj.in_except(pkgname, 'pkgsys.setup_args failed')
continue
else:
self.pkgsys.end(True)
self.pkgsys.begin('Writing %s' % args['output'])
try:
ensure_dir(os.path.dirname(args['output']))
if smart_write(args['output'],
os.path.join(pkgroot, args['template']),
args):
updated = True
if smart_symlink(
args['pkgpath'],
os.path.join(args['filedir'], args['pkgfile'])):
updated = True
if args['patches'] != []:
ensure_dir(args['patchdir'])
for patch in config.patches(config_secs):
tgtpatch = os.path.join(args['patchdir'],
os.path.basename(patch))
if smart_symlink(patch, tgtpatch):
updated = True
except:
self.pkgsys.end(False)
self.logobj.in_except(pkgname, 'write failed')
continue
else:
self.pkgsys.end(True)
self.pkgsys.begin('Postproess %s' % args['output'])
try:
self.pkgsys.process(args)
except:
self.pkgsys.end(False)
self.logobj.in_except(pkgname, 'process failed')
continue
else:
self.pkgsys.end(True)
if self.options['--deps']:
reqstrlist = args['install_requires']
for k in args['extras_require'].keys():
reqstrlist.extend(args['extras_require'][k])
for reqstr in reqstrlist:
new_pkgreqmap.add(reqstr2obj(reqstr))
self.logobj.pkgname_ok(pkgname)
if self.options['--cache-root'] != '': distlist.append(dist)
# Process of a single package is finished.
pkgreqmap = new_pkgreqmap
if self.options['--cache-root']:
cache = pypicache(self.pkgsys, self.options['--cache-root'],
self.options['--cache-url'])
cache.add_packages(distlist)
del (cache)
